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Posts Tagged ‘Google Glass’

Last year we got pretty excited when Google Glass was first introduced and the possibilities it offered, both generally and for CAD users.

Although I’m gradually coming around, I still personally find the Google Glass technology/device concept intrusive, but have to admit it is innovative and possibly inevitable. Google Glass is still being tested and has received mixed reviews. Even though not generally yet, there are already several places and events where Google Glass will be banned.

According to Google, “Google Glass is a wearable computer with an optical head-mounted display (OHMD) that is being developed by Google in the Project Glass research and development project, with the mission of producing a mass-market ubiquitous computer.” Like all things Google, Glass runs under Android, and this might be a good thing for wide acceptance.

Any negativity shown toward the device, however, has not stopped many companies from exploring the possibilities of Google Glass. In fact, a CAD company last year announced an app for Google Glass — TurboSite from IMSI/Design.

OK, TurboSite for Goggle Glass is an AEC application, but you have to believe it could also be used in plant design and verification, as well as facilities management.

As for MCAD, I envision that it could be used in automotive, aerospace, consumer product design sectors, and shipbuilding (after all, a ship is just a horizontal building that floats). This marks the dawn of a new age of design with hardware shrinking from yesterday’s main frames to today’s wearable computers that will only continue to get smaller as their utility becomes bigger.

I’ve heard rumors that Autodesk and SolidWorks may be working on apps for Google Glass and other so-called “smart glasses.”

Earlier this week, Epson America showcased conceptual demos of its second-generation Moverio BT-200 “smart glasses” for augmented and virtual reality experiences at the SXSW Conference in Austin. Augmented reality (AR) allows for a digitally enhanced view of the real world. AR can add layers of digital information on top of items in the world around us.

Epson’s second generation augmented reality smart glasses debuted earlier this year at CES 2014. Keep in mind, though, the Moverio BT-200 shouldn’t be confused as a Google Glass competitor. For example, you wouldn’t want to wear the Moverio everywhere you go. It’s meant primarily for your personal time or maybe on a long flight, but there are certainly business applications for the technology as well. Since the display is visible to both eyes, movies and games translate well to it. Going forward, augmented reality is going to be the focal point for both games and commercial business use.

Although I’m gradually coming around, I still personally find the Google Glass technology/device concept intrusive and a bit creepy, but have to admit it is innovative and possibly inevitable. Google Glass is still being tested by its “Explorers,” and has received mixed reviews, but relatively few warm feelings from them. Even though not generally available until late this year or next year, there are already several places and events where Google Glass will be banned.

According to Google, “Google Glass is a wearable computer with an optical head-mounted display (OHMD) that is being developed by Google in the Project Glass research and development project, with the mission of producing a mass-market ubiquitous computer.” Like all things Google, Glass runs under Android, and this might be a good thing for wide acceptance.

The show of negativity toward the device, however, has not stopped many companies from exploring the possibilities of Google Glass. In fact, a CAD company recently announced an app for Google Glass — TurboSite from IMSI/Design.

The video that follows is Sergey Brin discussing Google Glass in general terms:

NOTE: To address comments about Sergey’s poor delivery, I want to emphasize that this is NOT a “TED Talk”, despite it being recorded during TED conference. It is pretty much a spontaneous appearance to show the latest technology and wasn’t prepared or rehearsed. Google Glass is also not available for purchase yet so it is not strictly speaking a product promotion either. This video is posted mostly because it has details about Glass that were unknown or unconfirmed before.

With its other mobile CAD apps already in the marketplace, notably TurboSite for tablets in the AEC industry, IMSI/Design announced at the 2013 AIA National Convention that TurboSite will be available for Google Glass when it is launched.

“We think Google Glass is a terrific platform for a site evaluation and field reporting app like TurboSite,” stated Royal Farros, CEO of IMSI/Design.

Historically, documenting walk-throughs and creating punch lists have been physically-demanding processes, because site inspection requires carrying a full set of building plans and cumbersome digital equipment (camera, computer, etc.).

That is, carrying nothing but wearing the smart device glasses and running TurboSite — theoretically, you will see building plans directly in front of you. GPS will track your movement through a drawing. The built-in eye glass camera will let you take pictures and record video, and TurboSite will automatically insert these into a markup layer at the exact physical location. When the field report is finished, it is automatically distributed to an entire design and construction team.

Although it’s obviously very early in the wearable computer game, I’m not totally sold on the idea for a number of reasons — practicality, quality, integrity, security, and privacy. However, Google Glass is totally new, and not just a paradigm shift, it’s a total game changer. In kind, TurboSite for Google Glass is also totally new and promises to be one of the first enterprise tools for Google Glass. It’s really a natural outgrowth for TurboSite, an app developed specifically for mobility, and is taking it to the next level.

And, OK, at this stage TurboSite for Goggle Glass is an AEC application, but you have to believe it could also be used in plant design and verification, as well as facilities management.

As for MCAD, I envision that it could be used in automotive, aerospace, consumer product design sectors, and shipbuilding (after all, a ship is just a horizontal building that floats). Who knows? This marks the dawn of a new age of design with hardware shrinking from yesterday’s main frames to today’s wearable computers that will only continue to get smaller as their utility becomes bigger.

In speaking with IMSI/Design’s CEO, Royal Farros, he’s very enthusiastic about the potential of TurboSite for Google glass, but also forthcoming and honest about it — traits that we seldom see from an executive discussing technologies as significant as these. These evolving technologies are going to be ones to watch closely.